Daikin Split Product Data

SUBMITTAL December 7, 2012

PROJECT: REPAIR TO MAG MEDICAL FACILITY BUILDING 301, KMCBH

LOCATION: KANEOHE, HAWAII ATTN: AUSTIN EDWARDS MECH ENGR: MIYASHIRO & ASSOCIATES MECH CONT: CPI PREPARED BY: KIN KEI WU FOR JOCELYN FIESTA

Daikin Single Split System

Specification: 23 81 00.00 20 Section: 2.1 Daikin Single Split System

ACCU-4 – Model: RXN15KEVJU, 15MBH condensing unt 208v single ph, R-410 refrigerant Locally applied PSX700 on ACCU’s cabinet and Blygold on condenser coil

Standard 2 year part and 6 years compressor warranty

FCU-4 – Model: FTXN15KVVJU, 15MBH Indoor wall mounted unit 208v single ph, R-410 refrigerant

Washable filter Factory furnished condensate pump Wireless controller with daily timer

Standard 2 year part warranty

____________________________ ______________________ Approval Signature Date

_____________________________ Print Name

ESLS11515 (Rev. 8/07) www.inflowtech.com

Submittal Data Sheet

Repair Mag MED Bldg 301Project Name:Kaneohem HawaiiLocation:

Miyashiro & AssociatesEngineer:CPISubmitted to:

Kin Kei Wu for Jocelyn FiestaSubmitted by:SubmittalReference:

Approval:12/7/2012Date:

Construction:Unit #:Drawing #:

PerformanceFTXN15KVJUIndoor Unit Model No:RKN15KEVJUOutdoor Unit Model No:

15000Rated Cooling Capacity (Btu/hr):11280Sensible Capacity (Btu/hr):

15000/6800Max/Min Cooling Capacity (Btu/hr / kW):1.29Cooling Input Power (kW):

18SEER:N/ARated Heating Capacity (Btu/hr):

N/A/N/AMax/Min Heating Capacity (Btu/hr / kW):N/AHeating Input Power (kW):N/AHeating COP (Btu/hr / Btu/hr):N/AHSPF:

Wall MountedIndoor Unit Type:Std SEER Cool OnlyCondensing Unit Type:

Indoor: 80°F DB/67°F WBRated Cooling Outdoor: 95°F DB/75°F WBConditions

Indoor: N/ARated Heating Outdoor: N/AConditions

25Rated Piping Length(ft)0Rated Height Separation(ft)

Indoor Unit Details208-230/60/1phPower Supply (V/Hz/Ph:)L1, L2, GroundPower Supply Connections:

N/AMin Circuit Amps MCA (A):N/AMax Overcurrent Amps MFA (A):

11-7/16x41-5/16x9-3/8Dimensions (HxWxD):N/APanel (HxWxD):

26.5Net Weight (lbs):Weight with Panel (lbs):

519/436/353Airflow Rate (CFM wet coil)Moisture Removal (pt/h):

1/2Gas Pipe Connection (inch):1/4Liquid Pipe Connection (inch):5/8Condensate Connection (inch):45Sound Pressure Level (dBA):61Sound Power Level (dBA):

0 / 0/0Static Pressure Rated/Max (inWg)

Condensing Unit Details208-230/60/1phPower Supply (V/Hz/Ph):L1, L2, GroundPower Supply Connections:

15Min. Circuit Amps MCA (A):20Max. Overcurrent Amps MFA (A):

Max. Starting Current MSC(A):5.6Rated Load Amps RLA (A):

23-7/16x31-5/16x11-13/16Dimensions (HxWxD):93Net Weight (lbs):

InverterCompressor Type:Capacity Control Range (%):

1603Airflow Rate (CFM):1/2Gas Pipe Connection (inch):1/4Liquid Pipe Connection (inch):51Sound Pressure Level (dBA):65Sound Power Level (dBA):

System DetailsR-410ARefrigerant Type:

3.2Holding Refrigerant Charge (lbs):0.21Additional Charge (oz/ft):33 ftPre-charge Piping (Length ft):

98.4 ftMax. Pipe Length (Total ft):

65.6 ftMax. Pipe Length (Vertical ft):14 - 115Cooling Operation Range (°F):

0 - 115Cooling Range w/Baffle (°F):N/AHeating Operation Range (°F):N/AHeating Range w/Baffle (°F):

Page 1 of 4Daikin AC (Americas), Inc., 1645 Wallace Drive - Suite 110, Carrollton, TX 75006Daikin AC TRL Generated Submittal Data www.daikinac.com

(Daikin's products are subject to continuous improvements. Daikin reserves the right to modify product design, specifications and information in this data sheet without notice and without incurring any obligations)







Dimensional Drawing - Indoor Unit FTXN15KVJU









Dimensional Drawing - Condensing Unit RKN15KEVJU









FTXN15KVJU RKN15KEVJU

FTXN15KVJU

Std U.S. Warranty: 6yrs Compressor, 2yrs Parts

RKN15KEVJU

Std U.S. Warranty: 6yrs Compressor, 2yrs Parts



EDUS041111

K-Series

- Cooling Only / Heat Pump -SEER 1 Models

EDUS041111_a Power Supply

Room Air Conditioners K-Series 3

1. Power Supply

Note:Power Supply Intake; Outdoor Unit

Indoor Unit Outdoor Unit Power Supply

Single Split Duct-Free System

FTXN09KEVJU RKN09KEVJU

1 �, 208 - 230 V, 60 Hz

FTXN12KEVJU RKN12KEVJUFTXN15KVJU RKN15KEVJUFTXN18KVJU RKN18KEVJUFTXN24KVJU RKN24KEVJUFTXN09KEVJU RXN09KEVJUFTXN12KEVJU RXN12KEVJUFTXN15KVJU RXN15KEVJUFTXN18KVJU RXN18KEVJUFTXN24KVJU RXN24KEVJU

FTXN15KVJU RKN15KEVJU

Functions EDUS041111_a

4 Room Air Conditioners K-Series

2. Functions

Category Functions

FTX

N09

/12K

EVJ

UR

KN09

/12K

EV

JU

FTX

N09

/12K

EVJ

UR

XN09

/12K

EV

JU

Category Functions

FTX

N09

/12K

EVJ

UR

KN09

/12K

EV

JU

FTX

N09

/12K

EVJ

UR

XN09

/12K

EV

JU

Basic Function

Inverter (with Inverter Power Control) � � Health & Clean

Air-Purifying Filter — —

Operation Limit for Cooling (°FDB) 14 ~114.8

14 ~114.8 Photocatalytic Deodorizing Filter — —

Operation Limit for Heating (°FWB) — 5 ~ 64.4

Air-Purifying Filter with Photocatalytic Deodorizing Function — —

PAM Control � � Titanium Apatite PhotocatalyticAir-Purifying Filter � �

Standby Electricity Saving � �

Compressor Oval Scroll Compressor — — Air Filter (Prefilter) � �

Swing Compressor � � Wipe-Clean Flat Panel � �

Rotary Compressor — — Washable Grille — —Reluctance DC Motor � � MOLD PROOF Operation — —

ComfortableAirflow

Power-Airflow Louver (Horizontal Blade) � � Good-Sleep Cooling Operation — —Power-Airflow Dual Louvers — — Timer WEEKLY TIMER — —Power-Airflow Diffuser — — 24-Hour ON/OFF TIMER � �

Wide-Angle Fins (Vertical Blades) � � NIGHT SET Mode � �

Vertical Auto-Swing (Up and Down) � � Worry Free “Reliability & Durability”

Auto-Restart (after Power Failure) � �

Horizontal Auto-Swing (Right and Left) — — Self-Diagnosis (Digital, LED) Display � �

3-D Airflow — — Wiring Error Check Function — —

COMFORT AIRFLOW Operation � � Anti-Corrosion Treatment of Outdoor Heat Exchanger � �

Comfort Control

Auto Fan Speed � � Flexibility Multi-Split / Split Type Compatible Indoor Unit — —

Indoor Unit Quiet Operation � �

NIGHT QUIET Mode (Automatic) — — H/P, C/O Compatible Indoor Unit � �

Outdoor Unit Quiet Operation (Manual) — — Flexible Power Supply Correspondence — —INTELLIGENT EYE Operation — — Chargeless 32.8 ft 32.8 ftQuick Warming Function(Preheating Operation) — � Either Side Drain (Right or Left) � �

Hot-Start Function — � Power Selection — —Automatic Defrosting — � Low Temperature Cooling Operation

(–15°C) (5°F) � �Operation Automatic Operation — �

Program Dry Function � � °F/°C Changeover R/C Temperature Display (factory setting : °F) � �

Fan Only � � Remote Control

5-Rooms Centralized Controller (Option) � �

LifestyleConvenience

New POWERFUL Operation (Non-Inverter) — — Remote Control Adaptor

(Normal Open-Pulse Contact) (Option) � �

Inverter POWERFUL Operation � � Remote Control Adaptor (Normal Open Contact) (Option) � �

Priority-Room Setting — —COOL / HEAT Mode Lock — — DIII-NET Compatible (Adaptor) (Option) � �

HOME LEAVE Operation — — Remote Controller

Wireless � �

ECONO Operation � � Wired (Option) � �

Indoor Unit ON/OFF Button � �

Signal Receiving Sign � �

R/C with Back Light � �

Temperature Display — —

Note: � : Holding Functions— : No Functions

EDUS041111_a Functions


Category Functions

FTX

N15

/18/

24K

VJU

RKN

15/1

8/24

KE

VJU

FTX

N15

/18/

24K

VJU

RXN

15/1

8/24

KE

VJU

Category Functions

FTX

N15

/18/

24K

VJU

RKN

15/1

8/24

KE

VJU

FTX

N15

/18/

24K

VJU

RXN

15/1

8/24

KE

VJU

Basic Function

Inverter (with Inverter Power Control) � � Health & Clean

Air-Purifying Filter — —

Operation Limit for Cooling (°FDB)� 14 ~114.8

14 ~114.8 Photocatalytic Deodorizing Filter — —

Operation Limit for Heating (°FWB) — 5 ~64.4

Air-Purifying Filter with Photocatalytic Deodorizing Function — —

PAM Control � � Titanium Apatite Photocatalytic Air-Purifying Filter � �

Standby Electricity Saving — —Compressor Oval Scroll Compressor — — Air Filter (Prefilter) � �

Swing Compressor � � Wipe-Clean Flat Panel � �

Rotary Compressor — — Washable Grille — —Reluctance DC Motor � � MOLD PROOF Operation — —

ComfortableAirflow

Power-Airflow Louver (Horizontal Blade) — —Good-Sleep Cooling Operation — —

Power-Airflow Dual Louvers � �

Power-Airflow Diffuser — — Timer WEEKLY TIMER — —Wide-Angle Fins (Vertical Blades) � � 24-Hour ON/OFF TIMER � �

Vertical Auto-Swing (Up and Down) � � NIGHT SET Mode � �

Horizontal Auto-Swing (Right and Left) — — Worry Free “Reliability & Durability”

Auto-Restart (after Power Failure) � �

3-D Airflow — — Self-Diagnosis (Digital, LED) Display � �

COMFORT AIRFLOW Operation — — Wiring Error Check Function — —Comfort Control Auto Fan Speed � � Anticorrosion Treatment of Outdoor

Heat Exchanger � �

Indoor Unit Quiet Operation � � Flexibility Multi-Split / Split Type Compatible Indoor Unit — —

NIGHT QUIET Mode (Automatic) — — H/P, C/O Compatible Indoor Unit � �

Outdoor Unit Quiet Operation (Manual) — — Flexible Power Supply Correspondence — —INTELLIGENT EYE Operation — — Chargeless 32.8 ft 32.8 ftQuick Warming Function(Preheating Operation) — � Either Side Drain (Right or Left) � �

Hot-Start Function — � Power Selection — —

Automatic Defrosting — � Low Temperature Cooling Operation(–15°C) (5°F) � �

Operation Automatic Operation — � °F/°C Changeover R/C Temperature Display (factory setting : °F) � �

Program Dry Function � � Remote Control

5-Rooms Centralized Controller (Option) � �

Fan Only � � Remote Control Adaptor(Normal Open-Pulse Contact) (Option) � �

LifestyleConvenience

New POWERFUL Operation(Non-Inverter) — — Remote Control Adaptor

(Normal Open Contact) (Option) � �

Inverter POWERFUL Operation � � DIII-NET Compatible (Adaptor) (Option) � �

Priority-Room Setting — — Remote Controller

Wireless � �

COOL / HEAT Mode Lock — — Wired (Option) � �

HOME LEAVE Operation — —ECONO Operation — —Indoor Unit ON/OFF Button � �

Signal Receiving Sign � �

R/C with Back Light � �

Temperature Display — —

Note: � : Holding Functions— : No Functions

EDUS041111_a Specifications


Note: � The data are based on the conditions shown in the table below.

Model 60 Hz, 208 - 230V

Indoor Unit FTXN15KVJU FTXN18KVJUOutdoor Unit RKN15KEVJU RKN18KEVJU

CapacityRated (Min.~Max.)

kW 4.4 (1.7 ~ 4.4) 5.28 (1.7 ~ 5.28)Btu/h 15,000 (5,800 ~ 15,000) 18,000 (5,800 ~ 18,000)kcal/h 3,780 (1,460 ~ 3,780) 4,540 (1,460 ~ 4,540)

Moisture Removal L/h 2.9 3.9Running Current (Rated) A 6.11 - 5.53 7.33 - 6.63Power ConsumptionRated (Min.~Max.) W 1,250 (280 ~ 1,250) 1,500 (300 ~ 1,500)

Power Factor % 98.4 - 98.3 98.4 - 98.4EER (Rated) (Max.~Min.) Btu/h·W 12.0 12.0Energy Efficiency SEER 18.0 18.0

Piping Connections

Liquid in. (mm) ��1/4 (6.4) ��1/4 (6.4)Gas in. (mm) � 1/2 (12.7) � 1/2 (12.7)

DrainIndoor Unit

in. (mm) I.D. ��9/16 (14.3), O.D. ��11/16 (17.5) I.D. ��9/16, O.D. ��11/16 (17.5)

Outdoor Unit I.D. ��11/16 (17.5) (Hole) I.D. ��11/16 (17.5) (Hole)Heat Insulation Both Liquid and Gas Pipes Both Liquid and Gas PipesMax. Interunit Piping Length ft. (m) 98.4 (30) 98.4 (30)Min. Interunit Piping Length ft. (m) 4.9 (1.5) 4.9 (1.5)Max. Interunit Height Difference ft. (m) 65.6 (20) 65.6 (20)Chargeless ft. (m) 32.8 (10) 32.8 (10)Amount of Additional Charge of Refrigerant oz/ft (g/m) 0.21 (6.0) 0.21 (6.0)Indoor Unit FTXN15KVJU FTXN18KVJUFront Panel Color White White

Airflow Rate

Hcfm

(m³/min)

14.7 (519) 16.2 (572)M 438 (12.4) 480 (13.6)L 364 (10.3) 403 (11.4)SL 335 (9.5) 360 (10.2)

FanType Cross Flow Fan Cross Flow FanMotor Output W 43 43Speed Steps 5 Steps, Quiet, Auto 5 Steps, Quiet, Auto

Air Direction Control Right, Left, Horizontal, Downward Right, Left, Horizontal, DownwardAir Filter Removable / Washable / Mildew Proof Removable / Washable / Mildew ProofRunning Current (Rated) A 0.17 - 0.15 0.17 - 0.15Power Consumption (Rated) W 34 - 34 34 - 34Power Factor % 96.2 - 98.6 96.2 - 98.6Temperature Control Microcomputer Control Microcomputer ControlDimensions (H × W × D) in. (mm) 11-7/16 × 41-5/16 × 9-3/8 (291 x 1049 x 238) 11-7/16 × 41-5/16 × 9-3/8 (291 x 1049 x 238)Packaged Dimensions (H × W × D) in. (mm) 13-5/16 × 45-3/16 × 14-7/16 (338 x 1148 x 367) 13-5/16 × 45-3/16 × 14-7/16 (338 x 1148 x 367)Weight Lbs (kg) 26.5 (12) 26.5 (12)Gross Weight Lbs (kg) 38.0 (17) 38.0 (17)Operation Sound H / M / L / SL dB(A) 45 / 41 / 36 / 33 45 / 41 / 36 / 33Sound Power dB(A) 61 61Outdoor Unit RKN15KEVJU RKN18KEVJUCasing Color Ivory White Ivory White

CompressorType Hermetically Sealed Swing Type Hermetically Sealed Swing TypeModel 2YC36BXD 2YC36BXDMotor Output W 1,100 1,100

Refrigerant OilType FVC50K FVC50KCharge oz (kg) 22.1 (0.63) 22.1 (0.63)

RefrigerantType R-410A R-410ACharge Lbs (kg) 3.2 (1.5) 3.2 (1.5)

Airflow Rate H cfm(m³/min) 1,472 (41.7) 1,667 (47.2)

FanType Propeller PropellerMotor Output W 60 60

Running Current (Rated) A 5.94 - 5.38 7.16 - 6.48Power Consumption (Rated) W 1,216 - 1,216 1,466 - 1,466Power Factor % 98.4 - 98.3 98.4 - 98.4Starting Current A 6.11 7.33Dimensions (H × W × D) in. (mm) 23-7/16 × 31-5/16 × 11-13/16 (595 x 795 x 300) 23-7/16 × 31-5/16 × 11-13/16 (595 x 795 x 300)Packaged Dimensions (H × W × D) in. (mm) 25-3/4 × 37-1/8 × 15-3/4 (654 x 943 x 400) 25-3/4 × 37-1/8 × 15-3/4 (654 x 943 x 400)Weight Lbs (kg) 93 (42) 93 (42)Gross Weight Lbs (kg) 100 (45.4) 100 (45.4)Operation Sound H dB(A) 51 53Sound Power H dB(A) 65 67Drawing No. 3D071519D 3D071520C

Cooling Piping LengthIndoor ; 80°FDB(27°CDB), 67°FWB(19.4°CWB) Outdoor ; 95°FDB(35°CDB / 75°FWB(24°CWB) 25 ft (7.5)

Conversion Formulae

kcal/h = kW × 860Btu/h = kW × 3412

cfm = m³/min × 35.3

Wiring Diagrams EDUS041111_a


5. Wiring Diagrams5.1 Indoor Unit

FTXN09/12KEVJU

FTXN15/18/24KVJU

PCB 2 PCB 1S26S27

FIELD WIRING.BLK1 9BLK TRANSMISSIONBLK GRN/YLWLED1 H1P

CIRCUITBLKBLK 3FGLED2 H2P BLK GRNBLK 2RECTIFIER H3BLK +– RED 31BLK

OUTDOOR9 MR10 1V1 H2

WHT 2H1 CAUTIONBLKS1W 1

NOTE THAT OPERATION WILLF1Ut° RESTART AUTOMATICALLY IF

X1M3.15A

THE MAIN POWER SUPPLY IS +–R1T

TURNED OFF AND THEN BACKIPM200SIGNALON AGAIN.RECEIVER

1 112 5 10S4031291 6S32 S200S6 INDOOR

BLK BLK BLK

BLK

BLK

BLK

BLK

BLK

BLK

BLK

BLKBLK YLW

BLKBLKBLKWIRELESS BLU

BLK

RED

WHT

ORG

FGREMOTE

F1U1416S601S602

CONTROLLER

H1~H3MMH1P~H2Pt° M1S M1F M1F

R2TM1SPCB1~PCB3R1T, R2T

NOTE) S6~S602S21S1W1.PCB3 SHOWS THE CASE OF X1MOPTION CONNECTION. PCB 3OPTION

: FRAME GROUND: FUSE: HARNESS: PILOT LAMP: FAN MOTOR: SWING MOTOR: PRINTED CIRCUIT BOARD: THERMISTOR: CONNECTOR: OPERATION SWITCH: TERMINAL STRIP: PROTECTIVE GROUND

3D065939B

M

2

3

1X1M

OUTDOOR

INDOOR

LED1

H1P

RECTIFIER

FIELD WIRING.

S1W

Fu3.15A

TRANSMISSIONCIRCUIT

SIGNALRECEIVER

LED2

H2P

WHT

R2T

S21

51

3

BRNM1F

GRN

WIRELESSREMOTE

CONTROLLER

H1

S6S28

PCB4

S29

S26

ORG

M

2

S1

PNK

M1S

S37

YLW

H3

S27

BLK

PCB3

t°

FG

YLW

ORG

PCB1

H2

R1T

7

RED

RED

PCB2 BLU

BLU

t°

RED

S32

WHT

S38

1

/

1

M1S

R1T, R2T

FuH1~H3

M1FH1P~H2P

S1~S38

FG

X1MS1W

PCB1~PCB4

: PROTECTIVE GROUND

: THERMISTOR

: SWING MOTOR

THE MAIN POWER SUPPLY IS

ON AGAIN.TURNED OFF AND THEN BACK

NOTE THAT OPERATION WILLRESTART AUTOMATICALLY IF

CAUTION

: FRAME GROUND

: HARNESS: FUSE

: PILOT LAMP: FAN MOTOR

: PRINTED CIRCUIT BOARD

: CONNECTOR: OPERATION SWITCH: TERMINAL STRIP

~ ~

3D038532H

EDUS041111_a Wiring Diagrams


5.2 Outdoor Unit

RKN09/12KEVJU, RXN09/12KEVJU

3D065924D

RKN15/18/24KEVJU, RXN15/18/24KEVJU

FIELD WIRING

L803 IPMindoor MRM20N=5 FU3Z3CX1M DB1 L804HL3HL230A +HL1BLU ~ +1L1 BLK1

MRM10HN1V2WHT2 L2 2 HN3 + +HN2S C8C7WHT ~RED3 3

1V3 BLK1BLKFU1L1 BLK3.15A BLKL2 BLK PCB2S11 S10BLK DC_N1DC_P1N=4G

RN/Y

LW

BLKSA1 BLKZ2C

PPL

E1 BLK BRN

W V UBLKHL4 HN4 11 11 DC_N2DC_P2BLKE2

GRN

DB3 FU24 Z1C3.15A~ +YLWPCB1 N=4S70S40S90S20V1

37 4 121 6 11 261GRN

BLU

RE

D

YLW

GRY ~ X11AoutdoorMRCWS12

BLK

BLK

13 BLK

GR

Y

BLK

BLK

BLK

BLK

BLK

BLK

YE

L

RED

BLU

BRN

RED

ORG

ORG

WHT

S80 BLU

3 1 RED

YLW

t° t°t°S80Q1L MSNOTE M V3~IN CASE OF1.REFER TO THE NAMEPLATE FOR THE POWER REQUIREMENTS. UR1T R3TR2T WRE

D

RED

COOLING ONLY MSC7, C8 Y1E (DISCHARGE)(OUTDOOR) 3~TYPE M1F M1CY1SDB1, DB3 (CONDENSER)FU1, FU2, FU3IPM

V1, V2, V3PCB1, PCB2L1, L2

X1MS10, S11, S12, S20L803, L804S40, S70, S80, S90 Y1EM1CHL3, HN3, X11A Y1SM1F

Z1C, Z2C, Z3C: THERMISTORMRCW, MRM10, MRM20: PROTECTIVE GROUNDQ1L SA1

: CAPACITOR: DIODE BRIDGE: FUSE / BREAKER: INTELLIGENT POWER MODULE: LIVE: REACTOR: COMPRESSOR MOTOR: FAN MOTOR: MAGNETIC RELAY: OVERLOAD PROTECTOR

: PRINTED CIRCUIT BOARD

: CONNECTORR1T, R2T, R3T

: SURGE ABSORBER

: VARISTOR: TERMINAL STRIP: ELECTRONIC EXPANSION VALVE COIL: REVERSING SOLENOID VALVE COIL: FERRITE CORE

_

_ __

_

3D070866

Piping Diagrams EDUS041111_a


6. Piping Diagrams6.1 Indoor Unit

FTXN09/12KEVJU

FTXN15/18/24KVJU

INDOOR UNITHEAT EXCHANGER

9/32CuT

3/16CuT

9/32CuTTHERMISTORON HEAT EXCH.9/

32C

uT

9/32CuT

CROSS FLOW FANFIELD PIPING(1/4CuT) M

FAN MOTOR

3/8CuTFIELD PIPING(3/8CuT)

REFRIGERANT FLOWCOOLINGHEATING

4D066211A

INDOOR UNIT

(5/16CuT)

HEAT EXCHANGER

THERMISTORON HEAT EXCH.

CROSS FLOW FANFIELD PIPING

FIELD PIPING

(1/4CuT) MFAN MOTOR

(1/2CuT) (1/2CuT)

REFRIGERANT FLOWCOOLINGHEATING

4D071084

EDUS041111_a Piping Diagrams


6.2 Outdoor Unit

RKN09/12KEVJU

RKN15/18/24KEVJU

OUTDOOR UNIT

HEAT EXCHANGER9/32CuT

9/32CuT

3/8C

uT

MOTOR OPERATEDVALVE3/16CuT 1/4CuT 1/4CuT

3/16CuT

THER

MST

OR

MUFFLERHEAT

EXC

HANG

ER

WITHFILTER

FAN MOTORM

PROPELLER FAN

1/4C

uT

3/8C

uT

STR

AIN

ER

FIELD PIPING3/16

CuT

(1/4CuT)LIQUID STOP3/8C

uT

VALVE1/4C

uT

REFRIGERANT FLOWMUFFLER MUFFLER FIELD PIPING3/8CuTDISCHARGE PIPE COOLINGCOMPRESSORTHERMISTOR (3/8CuT)GAS STOPVALVEACCUMULATOR

3D065937A

OUTDOOR UNIT

(8.0) HEAT EXCHANGER OUTDOOR AIR TEMPERATURE5/16CuT THERMISTOR5/16CuT

( 16.

0)5/

8CuT

5/16CuT(12.0)15/32CuT

CAPILLARY TUBE 15/16CuT 5/16CuT 5/32CuT(8.0) (4.0)5/16CuT CAPILLARY TUBE 2 (6.0)(6.0) REFRIGERANT FLOW5/16CuT 5/32CuT5/16CuT 1/4CuT1/4CuT COOLING(8.0) (4.0)

CAPILLARY TUBE 35/16CuT 5/32CuT

HEAT (8.0) (4.0)EXCHANGER

MUFFLERWITH

FILTERTHERMISTOR

M

( 6.0

)

PROPELLER FAN 1/4C

uT

MOTOR OPERATED(12.0)(12.0)VALVE15/32CuT15/32CuT

(12.0) (12.0)15/32CuT 15/32CuT

( 6.0

)1/

4CuT

MUFFLERWITH

FILTER

( 12.

0)15

/32C

uT

FOUR WAYVALVENORMALLY:OFF

FIELD PIPINGMUFFLER(8.0) (1/4 CuT)1/4CuT5/16CuT LIQUID(6.0) (6.4)STOP VALVEMUFFLER (8.0)

(12.0)5/16CuT15/32CuTACCUMULATOR FIELD PIPING

DISCHARGE PIPETHERMISTOR (1/2 CuT)

GAS STOP VALVE (12.7)WITH SERVICE PORTCOMPRESSOR

UNIT = INCH (mm)3D071266

EDUS041111_a Capacity Tables


FTXN15KVJU + RKN15KEVJU (60 Hz, 230 V)

3D071296

AFR 14.7BF 0.18

Temp: CelsiusTC, SHC, PI: kW

INDOOR OUTDOOR TEMPERATURE (°CDB)EWB EDB 20.0 25.0 30.0 32.0 35.0 40.0

°C °C TC SHC PI TC SHC PI TC SHC PI TC SHC PI TC SHC PI TC SHC PI14.0 20.0 4.47 3.42 0.96 4.26 3.32 1.05 4.06 3.22 1.14 3.98 3.18 1.18 3.85 3.12 1.24 3.65 3.02 1.2516.0 22.0 4.67 3.36 0.96 4.47 3.26 1.06 4.26 3.17 1.15 4.18 3.13 1.19 4.06 3.08 1.24 3.85 2.99 1.2518.0 25.0 4.87 3.53 0.97 4.67 3.45 1.06 4.46 3.36 1.15 4.38 3.32 1.19 4.26 3.27 1.25 4.05 3.19 1.2619.4 26.7 5.01 3.55 0.97 4.81 3.47 1.07 4.60 3.39 1.16 4.52 3.35 1.19 4.40 3.31 1.25 4.20 3.23 1.2622.0 30.0 5.28 3.61 0.98 5.07 3.54 1.07 4.87 3.47 1.16 4.79 3.44 1.20 4.66 3.39 1.26 4.46 3.32 1.2724.0 32.0 5.48 3.52 0.99 5.28 3.46 1.08 5.07 3.39 1.17 4.99 3.36 1.21 4.87 3.32 1.26 4.66 3.26 1.27

Temp: FahrenheitTC, SHC: kBtu/hPI: kW

INDOOR OUTDOOR TEMPERATURE (°FDB)EWB EDB 68.0 77.0 86.0 89.6 95.0 104.0

°F °F TC SHC PI TC SHC PI TC SHC PI TC SHC PI TC SHC PI TC SHC PI57.2 68.0 15.24 11.65 0.96 14.54 11.31 1.05 13.84 10.97 1.14 13.56 10.84 1.18 13.15 10.64 1.24 12.45 10.31 1.2560.8 71.6 15.93 11.46 0.96 15.24 11.14 1.06 14.54 10.82 1.15 14.26 10.69 1.19 13.84 10.50 1.24 13.14 10.20 1.2564.4 77.0 16.63 12.06 0.97 15.93 11.76 1.06 15.23 11.46 1.15 14.95 11.34 1.19 14.53 11.17 1.25 13.83 10.88 1.2667.0 80.0 17.11 12.12 0.97 16.41 11.84 1.07 15.71 11.56 1.16 15.43 11.45 1.19 15.00 11.28 1.25 14.31 11.01 1.2671.6 86.0 18.01 12.33 0.98 17.31 12.07 1.07 16.61 11.82 1.16 16.33 11.72 1.20 15.91 11.58 1.26 15.21 11.33 1.2775.2 89.6 18.70 12.02 0.99 18.00 11.79 1.08 17.30 11.56 1.17 17.02 11.47 1.21 16.60 11.34 1.26 15.90 11.11 1.27

Symbols: Note:AFR : Airflow rate (m3/min.) 1. Ratings shown are net capacities which include a deduction for indoor fan

motor heat.2. shows nominal (rated) capacities and power input.3. TC, PI and SHC must be calculated by interpolation using the figures in the

tables. (Figures out of the tables should not be used for calculation.)4. About SHC which are not mentioned on the table, please calculate them with

around values in direct proportion.5. Capacities are based on the following conditions.

Corresponding refrigerant piping length : 25 ftLevel difference : 0 ft

6. Cooling capacity at –15°CDB and 5°FDB.

BF : Bypass factorEWB : Entering wet bulb temp. (°C) / (°F)EDB : Entering dry bulb temp. (°C) / (°F)TC : Total capacity (kW) / (kBtu/h)SHC : Sensible heat capacity (kW) / (kBtu/h)PI : Power input (kW)

Temp: CelsiusTC, SHC, PI: kW

INDOOR OUTDOOREWB EDB –15 (°CDB)

°C °C TC SHC PI14.0 20.0 4.67 3.57 0.45

Temp: FahrenheitTC, SHC: kBtu/hPI: kW

INDOOR OUTDOOREWB EDB 5 (°FDB)

°F °F TC SHC PI57.2 68.0 15.92 12.17 0.45

Operation Limit EDUS041111_a


8. Operation Limit

RKN09/12KEVJU

RKN15/18/24KEVJU

Cooling

122

114.8

104

86

68

50

Out

door

tem

p.(°

FDB

)

Pul

l-dow

n pe

riod

Con

tinuo

us o

pera

tion

32

14

57.2 73.4 82.468 8650

Indoor temp.(°FWB)

The graphs are basedon the following conditions.· Equivalent piping length 25ft· Level difference 0m· Air flow rate High 4D071134

Note: Operation can be extended to 0ºF in cooling with use of the optional wind baffle.

Cooling

122

114.8

104

86

68

50

Out

door

tem

p.(°

FDB)

Pull-

down

per

iod

Cont

inuo

us o

pera

tion

32

14

57.2 73.4 82.468 8650

Indoor temp.(°FWB)

The graphs are basedon the following conditions.· Equivalent piping length 25ft· Level difference 0m· Air flow rate High 4D071134

Note: Operation can be extended to 0ºF in cooling with use of the optional wind baffle.

Sound Level EDUS041111_a


9. Sound Level9.1 Measuring Location

Note:1. Operation sound is measured in an anechoic chamber.2. The data are based on the conditions shown in the table

below.

Indoor UnitSingle Split Duct-Free System

Outdoor Unit

3.3 ft2.

6 ft

(R5162)

3.3 ft

(R4796)

Cooling Heating Piping Length

Indoor ; 80°FDB / 67°FWB Outdoor ; 95°FDB / 75°FWB

Indoor ; 70°FDB / 60°FWBOutdoor ; 47°FDB / 43°FWB 16.4 ft

EDUS041111_a Sound Level


9.2 Octave Band Level9.2.1 Indoor UnitFTXN09KEVJU

FTXN12KEVJU

FTXN15/18KVJU

FTXN24KVJU

POWER SOURCE

JIS STANDARD

OPERATING CONDITIONS

OC

TAV

E B

AN

D S

OU

ND

PR

ES

SU

RE

LE

VE

LdB

( 0dB

=0.0

002µ

bar

)

60

20

10

30

50

40

THRESHOLD HEARINGAPPROXIMATE

FOR CONTINUOUSNOISE

63 125OCTAVE BAND CENTER FREQUENCY (Hz)

250 500 1000 2000 4000 8000

OVER ALL ( dB )

SCALE

A

( B.G.N IS ALREADY RECTIFIED )

10

60

20

30

50

40

63OCTAVE BAND CENTER FREQUENCY (Hz)

125 250 500 1000 2000 4000 8000

OC

TAV

E B

AN

D S

OU

ND

PR

ES

SU

RE

LE

VE

LdB

( 0dB

=0.0

002µ

bar

)


FOR CONTINUOUSNOISE

POWER SOURCE

JIS STANDARD


OVER ALL ( dB )

SCALE

A


COOLING HEATING

NC-50

NC-40

NC-30

NC-20

NC-10

60Hz 60Hz208/230V 208/230V

(H) (L)

40 26

208/230V 60Hz

STANDARD EXTERNAL STATIC PRESSURE60Hz 208/230V(H)

60Hz 208/230V(L)Cooling

60Hz 60Hz208/230V 208/230V

(H) (L)

40 28

208/230V 60Hz

STANDARD EXTERNAL STATIC PRESSURE60Hz 208/230V(H)

60Hz 208/230V(L)

NC-50

NC-40

NC-30

NC-20

NC-10 Heating

3D066170A

NC-50NC-50

NC-40NC-40

NC-30NC-30

NC-20NC-20

NC-10NC-10 Cooling

60Hz 208/230V(H)

60Hz 208/230V(L)

208/230V

42

60Hz

(H)

208/230V 60Hz

208/230V

27

60Hz

(L)

POWER SOURCE

JIS STANDARD


OVER ALL ( dB )

SCALE

A


OC

TAV

E B

AN

D S

OU

ND

PR

ES

SU

RE

LE

VE

LdB

( 0dB

=0.0

002µ

bar

)

60

50

10

20

40

30

COOLING


NOISEFOR CONTINUOUS

63 125OCTAVE BAND CENTER FREQUENCY (Hz)

250 500 1000 2000 4000 8000

60

50

10

20

40

30

OC

TAV

E B

AN

D S

OU

ND

PR

ES

SU

RE

LE

VE

LdB

( 0dB

=0.0

002µ

bar

)

HEATING


125 250 500 1000 2000 4000 8000


FOR CONTINUOUSNOISE

Heating

60Hz 208/230V(H)

60Hz 208/230V(L)

208/230V

41

60Hz

(H)

208/230V 60Hz

208/230V

29

60Hz

(L)

POWER SOURCE

JIS STANDARD


OVER ALL ( dB )

SCALE

A


STANDARD EXTERNAL STATIC PRESSURE STANDARD EXTERNAL STATIC PRESSURE

3D072092

NC-60

NC-50

NC-40

NC-30

NC-20

NC-60

NC-50

NC-40

NC-30

NC-20Cooling

60Hz 208/230V(H)

60Hz 208/230V(L)

208/230V

45

60Hz

(H)

208/230V 60Hz

208/230V

36

60Hz

(L)

POWER SOURCE

JIS STANDARD


OVER ALL ( dB )

SCALE

A


70

60

20

30

50

40

OC

TAV

E B

AN

D S

OU

ND

PR

ES

SU

RE

LE

VE

LdB

( 0dB

=0.0

002µ

bar

)

COOLING

OC

TAV

E B

AN

D S

OU

ND

PR

ES

SU

RE

LE

VE

LdB

( 0dB

=0.0

002µ

bar

)

70

60

20

30

50

40


NOISE63 125

OCTAVE BAND CENTER FREQUENCY (Hz)250 500 1000 2000 4000 8000

FOR CONTINUOUS


125 250 500 1000 2000 4000 8000


FOR CONTINUOUSNOISE

Heating

60Hz 208/230V(H)

60Hz 208/230V(L)

208/230V

44

60Hz

(H)

208/230V 60Hz

208/230V

35

60Hz

(L)

POWER SOURCE

JIS STANDARD


OVER ALL ( dB )

SCALE

A


HEATING

3D047167C

NC-60NC-60

NC-50NC-50

NC-40NC-40

NC-30NC-30

NC-20NC-20Cooling

60Hz 208/230V(H)

60Hz 208/230V(L)

208/230V

46

60Hz

(H)

208/230V 60Hz

208/230V

37

60Hz

(L)

POWER SOURCE

JIS STANDARD


OVER ALL ( dB )

SCALE

A


OC

TAV

E B

AN

D S

OU

ND

PR

ES

SU

RE

LE

VE

LdB

( 0dB

=0.0

002µ

bar

)

70

60

20

30

50

40


NOISE63 125

OCTAVE BAND CENTER FREQUENCY (Hz)250 500 1000 2000 4000 8000

FOR CONTINUOUS

COOLING70

60

20

30

50

40

OC

TAV

E B

AN

D S

OU

ND

PR

ES

SU

RE

LE

VE

LdB

( 0dB

=0.0

002µ

bar

)


FOR CONTINUOUSNOISE

HEATING


125 250 500 1000 2000 4000 8000

Heating

60Hz 208/230V(H)

60Hz 208/230V(L)

208/230V

46

60Hz

(H)

208/230V 60Hz

208/230V

37

60Hz

(L)

POWER SOURCE

JIS STANDARD


OVER ALL ( dB )

SCALE

A


3D047171C

Electric Characteristics EDUS041111_a


10.Electric Characteristics

3D0723973D071278

Indoor Unit Outdoor UnitPower Supply COMP OFM IFM

Hz - Volts Voltage Range MCA MOP RHz RLA W FLA W FLA

FTXN09KEVJU RKN09KEVJU60 - 208 MAX. 60 Hz 253 V

MIN. 60 Hz 187 V 4.3 15 —3.6

330.19

160.20

60 - 230 3.3 0.17 0.18

FTXN12KEVJU RKN12KEVJU60 - 208 MAX. 60 Hz 253 V

MIN. 60 Hz 187 V 7.0 15 —6.1

330.19

160.20

60 - 230 5.5 0.17 0.18

FTXN15KVJU RKN15KEVJU60 - 208 MAX. 60 Hz 253 V

MIN. 60 Hz 187 V 15.0 20 565.6

60 0.30 43 0.2560 - 230 5.0


MIN. 60 Hz 187 V 15.0 20 686.8

60 0.30 43 0.2560 - 230 6.1


MIN. 60 Hz 187 V 15.0 20 9812.0

60 0.30 43 0.2560 - 230 10.8

FTXN09KEVJU RXN09KEVJU60 - 208 MAX. 60 Hz 253 V

MIN. 60 Hz 187 V 4.8 15 —4.1

330.19

160.20

60 - 230 3.7 0.17 0.18

FTXN12KEVJU RXN12KEVJU60 - 208 MAX. 60 Hz 253 V

MIN. 60 Hz 187 V 7.0 15 —6.1

330.19

160.20

60 - 230 5.5 0.17 0.18

FTXN15KVJU RXN15KEVJU60 - 208 MAX. 60 Hz 253 V

MIN. 60 Hz 187 V 15.5 20 565.6

60 0.30 43 0.2560 - 230 5.0


MIN. 60 Hz 187 V 15.5 20 686.8

60 0.30 43 0.2560 - 230 6.1


MIN. 60 Hz 187 V 15.5 20 9812.0

60 0.30 43 0.2560 - 230 10.8

Symbols: Note:MCA : Min. circuit amps (A) 1. RLA is based on the following conditions.

Indoor temp. : 27°CDB / 19°CWB (80.6°FDB / 66.2°FWB)Outdoor temp. : 35°CDB (95°FDB)

2. Maximum allowable voltage variation between phases is 2%.3. Select wire size based on the larger value of MCA.4.

MOP : Max. overcurrent protection (A)RHz : Rated operating frequency (Hz)RLA : Rated load amps (A)OFM : Outdoor fan motorIFM : Indoor fan motorW : Fan motor rated output (W)FLA : Full load amps (A)

kwu

Line

Operation Manual EDUS041111_a


EDUS041111_a Operation Manual


Operation Manual EDUS041111_a


EDUS041111_a Operation Manual


Page 10 of 13

Daik in AC (Amer i cas ) , Inc . 1645 W a l lace Dr i ve , Su i te 110

Car ro l l t on , TX 75006 972-245-1510

www.da ik inac .com Published by Daikin AC Product Development Department

(Daikin’s products are subject to continuous improvements. Daikin reserves the right to modify product design, specification and information in this bulletin without notice and without incurring any obligation.)

Page 11 of 13

Daik in AC (Amer i cas ) , Inc . 1645 W a l lace Dr i ve , Su i te 110

Car ro l l t on , TX 75006 972-245-1510

www.da ik inac .com Published by Daikin AC Product Development Department

(Daikin’s products are subject to continuous improvements. Daikin reserves the right to modify product design, specification and information in this bulletin without notice and without incurring any obligation.)

kgogue

Line

Daik in AC (Amer i cas ) , Inc . 1645 Wal lace Dr i ve , Su i te 110

Sales Bulletin #GP005

Date: July 17, 2007

To: Daikin Sales, Manufacturer Representatives & Distribution

Subject: New Condensate Pumps

Daikin AC is pleased to announce the introduction of new condensate pumps as accessories for indoor evaporators.

Daikin AC P/N Description

DACA-CP1-1

� Power supply 230 VAC 0.11A, 16W 60Hz.� Indoor unit capacities up to 24 MBH. � Pump capacity 3.7 GPH @ 0 head, 0.8 GPH @ 26ft head. � Maximum recommended head of 26 ft. � Mounts inside evaporator casing or inside the line set cover. � Sound level 21 dB (A) @ 3 ft. � ETL Listed.� Ideal for FXAQ__MVJU, FTXS__DVJU & CTXS__DVJU indoor

evaporators.

DACA-CP2-1

� Power supply 230 VAC 0.15A, 21W 60Hz. � Indoor unit capacities up to 60 MBH. � Pump capacity 10 GPH @ 0 head, 3.8 GPH @ 65ft head. � Maximum recommended head of 65 ft. � Mounts above ceiling, inside evaporator casing, inside line cover. � Sound level 35 dB (A) @ 3 ft. � ETL Listed.

These new condensate pumps are intended to replace our previous supplier.

Both models are on the current list price pages and available in stock. Each condensate pump comes with a Daikin specific wiring diagram, a 1 amp fuse, and a 1 year warranty.

Car ro l l t on , TX 75006972-245-1510

www.da ik inac .comPublished by Daikin AC Product Development Department

(Daikin’s products are subject to continuous improvements. Daikin reserves the right to modify product design, specification and information inthis bulletin without notice and without incurring any obligation.)

Page 2 of 8 Sales Bulletin GP005 - New Condensate Pumps - Daikin

DACA CP1-1Applicable for select models with capacities up to 24 MBH (indoor unit).

Applicable Indoor Units for DACA-CP1-1 FamilyCTXS09DVJU RA Series

FTXS09-24DVJU RA SeriesFXAQ07-24MVJU VRV SeriesFXLQ12-24MVJU VRV SeriesFXNQ12-24MVJU VRV SeriesFXHQ12-24MVJU VRV Series

FHQ24MVJU SkyAir Series

DACA CP1-1

Installation

When using the indoor units listed below with the DACA-CP1-1 the refrigerant piping must be routed directly out the rear or to the right hand side of the indoor unit to allow installation of the pump within the casing.

Applicable Indoor Units for DACA-CP1-1 FamilyCTXS09DVJU RA Series

FTXS09-12DVJU RA SeriesFXAQ07-09MVJU VRV Series


Car ro l l t on , TX 75006972-245-1510




DACA CP2-1Applicable for select models with capacities up to 60 MBH (indoor unit).

Applicable Indoor Units for DACA-CP2-1 FamilyFXHQ36MVJU VRV Series

FHQ30-42MVJU SkyAir Series

DACA CP2-1


Car ro l l t on , TX 75006972-245-1510





Car ro l l t on , TX 75006972-245-1510





Car ro l l t on , TX 75006972-245-1510





Car ro l l t on , TX 75006972-245-1510



�

�

PSX700�&�Blygold�Coating�

Condenser�Only�

INTERNATIONAL AIR CONDITIONING COATINGS, INC. Specializing in Corrosion Protection for Air Conditioning Equipment

94-111 Leokane Street

Waipahu, HI 96797

Phone (808) 680-9303 Fax (808) 680-9501

Website: blygoldhawaii.net

AMERON PSX 700 SPECIFICATION

Unit cabinet shall be coated with Ameron PSX 700 Engineered Siloxane. Metal preparation to provide surface profile that shall include degreasing and etching. The coating shall be applied to all interior and exterior cabinet surfaces (or as specified by engineer) until a total of 6-8 mils D.F.T. is achieved. Coating shall be applied in strict accordance with coating manufacturer’s recommendations. After the coating has totally cured, the equipment shall be assembled using care not to damage the coating during assembly. Fasteners available in 5/16 and 3/8 shall be STAINLESS with bonderized rubber washer attached. Any touch up required should be performed in accordance with manufacturer’s recommendations. The coating shall be performed by a qualified and experienced applicator such as INTERNATIONAL A/C COATINGS, HONOLULU HAWAII at a facility equipped with approved apparatus, enclosed spray booth with proper ventilation in order to ensure the best quality workmanship and to protect the environment from hazardous fumes and overspray.

PERFORMANCE TEST RESULTS PSX 700 Engineered Siloxane

TYPICAL TEST METHOD RESULTS ABRASION ASTM D4060 Abrasion Resistance of

Organic Coatings by the Taber Abraser [one coat at 6 - 7 mils DFT over carbon steel]. Surface Preparation: SSPC SP-10 Near White Metal Blast.

No more than 53 milligrams average loss after 1000 cycles with CS-17 wheels and 1000 grams load.

ADHESION

ASTM D4541 Pull-off Strength of Coatings Using Portable Adhesion Testers [one coat at 5 - 6 mils DFT over carbon steel]. Surface Preparation: SSPC SP-10 Near White Metal Blast.

No less than 2000 psi (average of three readings).

CLEVELAND HUMIDITY

ASTM D2247 Testing Water Resistance of Coatings in 100% Relative Humidity [one coat at 6 - 7 mils DFT over carbon steel]. Surface Preparation: SSPC SP-10 Near White Metal Blast.

No blistering, cracking, or delamination or rusting after 5500 hours of exposure.

EXTERIOR SEVERE WEATHERING

South Florida Marine Exposure, exposed 45 degrees facing east [one coat at 6 - 7 mils DFT]. Surface Preparation: SSPC-SP10 Near White Metal Blast.

No blistering, cracking or delamination of film. No face rusting after 18 months of exposure. 90.1% gloss retention after 18 months of exposure.

FLAME SPREAD

ASTM E84-84 Standard Method of Test for Surface Burning Characteristics of Building Materials [one coat 15 20 mils DFT maximum over 11-gauge cold rolled steel]. Surface Preparation: SSPC SP-10 Near White Metal Blast.

Flame Spread: 10 Smoke Developed: 15 NFPA Class A

PERFORMANCE TEST RESULTS FOR PSX 700 ENGINEERED SILOXANE IMPACT RESISTANCE

ASTM D2794 Resistance of Organic Coatings to the Effects of Rapid Deformation (Impact) [one coat at 7 mils DFT over 11-gauge carbon]. Surface Preparation: SSPC SP-10 Near White Metal Blast.

Direct 38 inch-lbs Reverse 8 inch-lbs

PENCIL HARDNESS

ASTM D 3363 Film Hardness by Pencil Test [one coat at 6 mils DFT]. Surface Preparation: Clean, dry phosphated cold rolled steel.

Rating not less than 5H Gouge Resistance and H Scratch Resistance.

QUV WEATHERING

Accelerated Ultraviolet Cyclic Weathering Test [one coat at 6 - 7 mils DFT over cold rolled phosphated steel]. Surface Preparation: Clean and dry.

Typically, no blistering, cracking, or delamination of film after 15 weeks exposure. 50% average gloss retention after 15 weeks.

SALT SPRAY (FOG)

ASTM B117 Salt Spray (Fog) Testing [one coat at 6 -7 mils DFT over carbon steel]. Surface Preparation: SSPC-SP10 Near White Metal Blast.

No blistering, cracking, softening or delamination of film. No more than 1/16 rust creepage at scribe and no more than 1% rusting at edges after 5,500 hours of exposure.

QUALIFICATIONS: USDA Complies with requirements for incidental food

contact. NUCLEAR POWER Service Level II PLANTS NFPA Class A PTR700 © 1997 Ameron · Printed in U.S.A. · R6/97 supersedes R7/96

PERFORMANCE TEST RESULTS PSX 700 Engineered Siloxane

TEST METHOD TYPICAL RESULTS ABRASION ASTM D4060 Abrasion Resistance of

Organic Coatings by the Taber Abraser [one coat at 6 - 7 mils DFT over carbon steel]. Surface Preparation: SSPC SP-10 Near White Metal Blast.

No more than 53 milligrams average loss after 1000 cycles with CS-17 wheels and 1000 grams load.

ADHESION

ASTM D4541 Pull-off Strength of Coatings Using Portable Adhesion Testers [one coat at 5 - 6 mils DFT over carbon steel]. Surface Preparation: SSPC SP-10 Near White Metal Blast.

No less than 2000 psi (average of three readings).

CLEVELAND HUMIDITY

ASTM D2247 Testing Water Resistance of Coatings in 100% Relative Humidity [one coat at 6 - 7 mils DFT over carbon steel]. Surface Preparation: SSPC SP-10 Near White Metal Blast.

No blistering, cracking, or delamination or rusting after 5500 hours of exposure.

EXTERIOR SEVERE WEATHERING

South Florida Marine Exposure, exposed 45 degrees facing east [one coat at 6 - 7 mils DFT]. Surface Preparation: SSPC-SP10 Near White Metal Blast.

No blistering, cracking or delamination of film. No face rusting after 18 months of exposure. 90.1% gloss retention after 18 months of exposure.

FLAME SPREAD

ASTM E84-84 Standard Method of Test for Surface Burning Characteristics of Building Materials [one coat 15 20 mils DFT maximum over 11-gauge cold rolled steel]. Surface Preparation: SSPC SP-10 Near White Metal Blast. Flame Spread: 10 Smoke Developed: 15 NFPA Class A

PERFORMANCE TEST RESULTS FOR PSX 700 ENGINEERED SILOXANE IMPACT RESISTANCE

ASTM D2794 Resistance of Organic Coatings to the Effects of Rapid Deformation (Impact) [one coat at 7 mils DFT over 11-gauge carbon]. Surface Preparation: SSPC SP-10 Near White Metal Blast.

Direct 38 inch-lbs Reverse 8 inch-lbs

PENCIL HARDNESS

ASTM D 3363 Film Hardness by Pencil Test [one coat at 6 mils DFT]. Surface Preparation: Clean, dry phosphated cold rolled steel.

Rating not less than 5H Gouge Resistance and H Scratch Resistance.

QUV WEATHERING

Accelerated Ultraviolet Cyclic Weathering Test [one coat at 6 - 7 mils DFT over cold rolled phosphated steel]. Surface Preparation: Clean and dry.

Typically, no blistering, cracking, or delamination of film after 15 weeks exposure. 50% average gloss retention after 15 weeks.

SALT SPRAY (FOG)

ASTM B117 Salt Spray (Fog) Testing [one coat at 6 -7 mils DFT over carbon steel]. Surface Preparation: SSPC-SP10 Near White Metal Blast.

No blistering, cracking, softening or delamination of film. No more than 1/16 rust creepage at scribe and no more than 1% rusting at edges after 5,500 hours of exposure.

QUALIFICATIONS: USDA Complies with requirements for incidental food

contact. NUCLEAR POWER Service Level II PLANTS NFPA Class A PTR700 © 1997 PPG · Printed in U.S.A. · $07/07 supersedes R6/97


94-111 Leokane Street Waipahu, HI 96797

Phone (808) 680-9303 Fax (808) 680-9501

Website www.blygoldhawaii.net

BLYGOLD HAWAII

BLYGOLD POLUAL XT TENDER SPECIFICATION

Gold colored Impregnated Polyurethane Coating. The coating product and process shall be performed only by a qualified and certified experienced applicator such as INTERNATIONAL A/C COATINGS INC. HONOLULU, HAWAII. Prior to coating, the coil shall be rinsed using a high-pressure warm water spray system and bent fins shall be adjusted using a properly spaced fin comb. The coil shall then be degreased with a pH neutral detergent to remove manufacturing oils and soiling and rinsed using a high pressure warm water spray system. The coil shall be completely dry prior to proceeding to the next step. A gold colored impregnated polyurethane topcoat shall then be applied directly to copper copper or aluminum coils using air-assisted spray equipment, ensuring total penetration and coverage without bridging or significantly affecting the heat transfer ability of the coil. The total dry film thickness of the top coat shall be 25 to 30 microns (0.025 to 0.030). The coating shall provide inherent protection against ultraviolet radiation and be temperature resistant up to 302 F (150 C) The coating manufacturers shall be able to document the successful completion of accelerated product testing of a minimum 4000+ hours in both salt spray (ASTM B117) neutral salt spray test and acetic salt spray tests (ASTM B287); and shall be able to provide a 3 year conditional warranty for the coating within the contiguous United States and Hawaii.

Blygold REFAMAC 3509 is a sin-gle-component, (rust) penetratingprimer developed primarily to pro-vide an enhanced adhering surfacefor other Blygold topcoats. It is afast drying, high-solid content,moisture-curing polyurethane thathas excellent adhesion to most fer-rous/non-ferrous metals and paint-ed surfaces. REFAMAC 3509 istypically applied to bare copper,aluminum, steel, galvanized steel,or previously painted surfaces ofHVAC/R equipment installed inaggressive environments.

TYPICAL USES:REFAMAC 3509 is used as a primerfor Blygold’s REFAMAC 3600Casing/Cabinet Coating when 3600is applied on the casings/cabinets ofcondensing units, air handling units,package units, wall mount units,chillers, cooling towers and a varietyof other HVAC/R system compo-nents, such as: compressors, ventila-tion fans, fan motors, grills, air ducts,and evaporator drain pans.REFAMAC 3509 is also specified as

a primer for Blygold PoluAl ProtectiveCoating for HVAC/R Coils installed inaggressive chemical environments. Itis applied to all exposed coppertubes, u-bends, and headers of Al/Cucondenser and evaporator coils.

Protective Coatings for HVAC/R Coils & Equipment

TYPICAL PROPERTIES:ADHESION (ASTM D3359)• Cross Hatch Adhesion Test • Class 5B

ABRASION RESISTANCE (ASTM D4060)• Taber Abraser Test• 1 kg load/ 1000 cycles w/ CS 10 wheel• Weight Loss: 20 mg

FLEXIBILITY: (DIN 53156) • Erichsen Test • 8 mm depression at -4°F (-20°C)• 10 mm depression at 68°F (20°C)

PHYSICAL DATA:• Color: Red

• Desired Layer Thickness:60 Microns (approximately 2.5 mils)

• Application Rate: 100 grams per square meter(approximately 3 oz. per square yard)= Dry Film Thickness of 60 Microns

• Shelf Life: 6 Months (upgradeable)

• Curing Times: Touch Dry: 1.5 Hours at 70° F Recoatable: 12 Hours(21° C) Complete Cure 7 Days

TYPICAL APPLICATIONS:• Coastal, Marine, & Offshore Environments• Waste Water Treatment Facilities• Pulp & Paper Mills• Mining & Drilling Operations• Refineries & Heavy Manufacturing• Pharmaceutical & Chemical Plants• Semiconductor & Photo Film Mfg• Meat & Dairy Processing• Hog & Mushroom Farms• Swimming Pool Applications• Commercial Refrigeration• Various Other Corrosive Environs

BLYGOLD REFAMAC 3509 Penetrating Primer

www.blygoldamerica.com

BLYG

OLD

REFA

MAC

350

9


94-111 Leokane Street Waipahu, HI 96797

Phone (808) 680-9303 Fax (808) 680-9501

Website www.blygoldhawaii.net

Manufacturers and Blygold Licensees Please Take Note! This registration form must accompany the warranted equipment to its final destination. The end user or

service provider requires this document to validate the warranty

Blygold� PoluAl XTThree Year “Conditional” Warranty

Package

Contents:

1. Registration Form 2. Terms and Conditions 3. Blygold PoluAl Chemical and Other Substances Resistance List

Instructions to End User or Service Provider:

1. Fill out block one of registration form. 2. Carefully read terms and conditions of warranty. 3. Sign and date registration. 4. Return signed registration form to Blygold

Hawaii/International A/C Coatings, Inc. as soon as possible after the unit(s) are installed.

5. Retain a copy of completed registration form, the terms and conditions and the PoluAl resistance list for your records.

6. If you have any questions or concerns, contact Blygold Hawaii/International A/C Coatings, Inc.

BLYGOLD POLUAL WARRANTY TERMS AND CONDITIONS

Your exclusive remedy for the breach of this limited warranty is limited, at the applicator’s option, to repair of the Coating in the field or to a new Coating application for a replacement coil. This Limited Warranty will NOT cover the cost of (i) a replacement coil; (ii) the labor to remove or replace a coil; (iii) freight of the replacement coil to the job site; and (iv) refrigerant recovery. The applicator shall accept no liability or responsibility for damages should the coils or the Coating be used for an unspecified purpose, misused, tampered with or combined with foreign elements, damaged by mishandling, abuse, improper storage or used in any manner other than originally intended. Without limiting the generality of the foregoing, the following items specifically are notcovered by this limited warranty:

1. Damage originating internally, such as from corrosive liquids or gases inside the system; 2. Damage from improper cleaning methods, such as the use wire brushes, unauthorized chemicals or coil cleaners, or other

abrasive actions or products; or 3. Damage from any other intentional or accidental act, or any act of nature, which compromises the integrity of the

Coating applied for external corrosion protection.

This Warranty is valid only under and with the following conditions:

1. The coil is constructed of aluminum fins over copper or aluminum tubing. Copper finned coils are ALSO covered under this warranty. ( GIVEN ONLY BY BLYGOLD HAWAII )

2. The exposure conditions of the coil have at no time exceeded the limitations set forth in the resistance list. 3. The Blygold warranty registration form has been completed and received by the Blygold licensee. 4. Inspection / maintenance requirements are performed in accordance with Blygold recommendations using approved

chemicals and methods, as prescribed below. 5. Notice of any failure of the Blygold PoluAl coating must be presented, in writing, to the Blygold Licensee within seven

days after the defect is discovered. Immediately after submitting such notice, free access shall be given to the Blygold Licensee or its appointed representative for the purpose of inspection and/or sampling of fin material and/or air sampling. If written notice is not given within one (1) week, and/or access to examine the coil is denied to the Blygold Licensee or its appointed representative, any claim for breach of this warranty shall be deemed to have been waived, and the Blygold Licensee and/or Blygold America Inc. shall have NO LIABILITY under this warranty.

6. In the event of a coil failure and an ensuing dispute as to the cause of said failure, an electron-microscopic test of a sampleof the damaged coil will be employed to resolve said dispute. Blygold America Inc. will appoint an independent laboratory to be used for this test and the results will be binding.

7. Any service performed under this warranty shall not serve to extend the warranty beyond three years from the application date as set forth on the warranty registration form.

8. Coils damaged in transit, after the Blygold coating is initially applied, or during installation must be brought to the immediate attention of the Blygold Licensee. At such time the coating will be repaired at the cost of the customer. Failure to repair the damaged coil will result in the warranty being voided.

9. The warranty shall be voided if the Blygold registration plate or tag has been removed, destroyed or rendered illegible.

THE ABOVE LIMITED WARRANTY TERMS SHALL BE IN LIEU OF ANY AND ALL OTHER WARRANTIES, EXPRESSED OR IMPLIED, INCLUDING ANY IMPLIED WARRANTY OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE OR USE, AND ALL SUCH OTHER WARRANTIES ARE EXPRESSLY DISCLAIMED AND DENIED. IN NO EVENT SHALL THE BLYGOLD LICENSEE BE LIABLE TO YOU OR YOUR CUSTOMERS FOR ANY INCIDENTAL SPECIAL OR CONSEQUENTIAL DAMAGES, LOSS OF ANTICIPATED PROFITS OR OTHER ECONOMIC LOSS ARISING FOR ANY REASON WHATSOEVER. THIS WARRANTY SHALL ACCRUE ONLY TO YOUR BENEFIT AND SHALL NOT BE TRANSFERRABLE TO ANY OTHER PARTY.

Inspection and Maintenance Requirements The following inspection and maintenance procedures are required as part of the terms and conditions of the warranty. Any defects, damage or corrosion found during inspections should be immediately reported to the Blygold Licensee identified on the warranty certificate.

1. Immediately after the unit is installed, the coated coil should be inspected for damage incurred in shipping or handling.

2. The coil should be cleaned and inspected periodically to ensure maximum efficiency of the coil and the coating. The frequency requirement of the cleaning process will vary depending on the conditions present at the installation site. At a minimum, Blygold requires in-service coils be cleaned and inspected every three months, commencing immediately after installation. Your Blygold applicator will inform you of the inspection and maintenance frequency for your installation.

3. Using a low-pressure spray device, the coil should be rinsed with clean fresh water, washed with a solution of Blygold Coil Clean or a mild detergent with similar properties (PH factor between 5 and 9) and water and rinsed thoroughly with clean fresh water. Blygold recommends this be done for the life of the unit as it not only will enhance the corrosion resistance capability of the coil but also maintain and improve the operating efficiency of the unit.

4. After each wash, the coil should be inspected for any damage, onset of corrosion or deterioration of the coating.

BLYGOLD POLUAL CHEMICALS AND OTHER SUBSTANCES

RESISTANCE LIST

Blygold PoluAl’s resistance to various chemicals and other substances has been tested under laboratory conditions. The issuance of a warranty to a coil coated with the Blygold PoluAl corrosion protection system will be subject to the exposure conditions simulated in this test. Values are based on average concentrations. If there are any questions regarding these substances or their limits please contact you Blygold Licensee or contact Blygold America Inc. Headquarters at P. O. Box 759, Stevensville, MD 21666. Telephone 410-643-6080, Fax 410-643-6092.

Note!Resistance is expressed with regard to VAPORS NOT FLUIDS. If units are to be

exposed to fluids, cleaning agents, chemical fluids or powders, process fluids or others not specified on this resistance list, Blygold America Inc. should be consulted.

XX = Resistant to concentrated vapors, no limitations to exposure

10-100ppm = Resistant between 10-100 PPM

5-10ppm = Resistant between 5-10 PPM

5ppm = Resistant up to 5 PPM

PPM= parts per million

Inorganic acids

1. Arsenious acid solution XX 2. Arsenic acid solution XX 3. Boric acid XX 4. Boric acid solution XX 5. Hydrogen carbonate XX 6. Chromic acid XX

7. Bromic acid 5-10ppm 8. Bromic acid solution XX

9. Hydrochloric acid 5-10ppm 10. Hydrochloric acid solution XX 11. Hydrogen fluoride XX 12. Hydrogen fluoride solution XX 13. Sulphurous acid XX

14. Hydrogen sulphide XX 15. Hydrogen sulphide solution XX 16. Nitric acid concentrated 5-10ppm 17. Nitric acid solution XX 18. Nitrous acid XX 19. Nitrous vapors 5-10ppm 20. Sulphuric acid vapors 5-10ppm 21. Sulphuric acid XX 22. Phosphoric acid XX 23. Perchloric acid concentrated 5-10ppm 24. Perchloric acid solution XX 25. Selenic acid XX 26. Selenous acid solution XX

Organic acids

1. Acetic acid XX 2. Acetic acid glacial 5-10ppm 3. Benzoic acid XX 4. Lactic acid XX 5. Phenols XX 6. Citric acid XX 7. Fatty acids XX 8. Formic acid concentrated 5-10ppm 9. Formic acid solution XX 10. Hydrocyanic acid XX 11. Malic acid XX 12. Margaric acid XX 13. Picric acid XX

14. Oleic acid XX 15. Oxalic acid XX 16. Sulphamic acid XX 17. Wine stone acid XX 18. Barn stone acid XX 19. Palmitic acid XX 20. Tannin XX 21. Phthalic acid XX

22.Propioni

c acid concentrated 5-10ppm 23. Propionic acid solution XX 24. Salicylic acid XX 25. Stearic acid XX 26. Valeric acid XX

Alkalines

1. Ammonia (gas) 10-100ppm 2. Ammonia (Solutions) 10-100ppm 3. Ammoniacal solution XX 4. Caustic soda 5-10ppm 5. Sodium hydroxide solution XX

6. Caustic potassium 5-10ppm 7. Potassium hydroxide solution XX 8. Lithium hydroxide 5-10ppm 9. Calcium hydroxide XX 10. Magnesium hydroxide XX

Amines

1. Triethanolamine XX 2. Triethanolamine concentrated XX 3. AMP 95 concentrated XX 4. AMP 95 solution XX 5. Aniline sulphate XX 6. Hexamethylenetetraamine XX 7. Hexanediamine 5-10ppm 8. Phenyldiamine XX 9. Cyclohexylamine concentrated 5-10ppm

1XX. Cyclohexylamine solution XX 11. Triethylamine XX 12. Aniline 5-10ppm 13. Aniline chloride 5-10ppm 14. Methylamine XX 15. Isoferondiamine XX 16. Diphenylmethanediamine XX 17. DETHA XX

Ethers

1. Diethyl ether 5-10ppm 2. Acetic ether 5-10ppm

Aromatic Hydrocarbons

1. Xylene XX 2. Toluene XX 3. Asphalt XX 4. Anthracene XX 5. Benzapherene XX

6. Gumlac XX 7. Benzene XX 8. Solvent naphtha XX 9. Naphtalene XX 10. Terpenes XX

Aliphatic Hydrocarbons

1. White spirit XX 2. White spirit XX 3. Shellsol TD XX 4. Bitumen XX

5. Isopar G XX 6. Paraffin XX 7. Paraffin oil XX

Alcohols

1. Methanol 5-10ppm 2. Ethanol XX 3. Isopropanol XX 4. n-Butanol XX 5. Amyl alcohol XX

6. Benzyl alcohol XX 7. Diaceton alcohol DAA XX 8. Glycerine XX 9. n-Propanol XX 10. Pentanol XX

Softeners

1. Palatinol C XX 2. Chloroparaffin 5XX vl. XX 3. Dioctyl-phosphate XX 4. Dibutyl-phosphate XX

5. Desavin XX 6. Disflamol TOF XX 7. Mesamol XX 8. Dinonylphenol XX

Fuels and Oils

1. Diesel XX 2. Fuel oil XX 3. Petrol XX 4. Super petrol XX 5. Lubricating oils XX 6. Kerosene XX 7. Sferic oils XX 8. LPG XX

9. Mineral Oils XX 10. Break liquid XX 11. Skydrol XX 12. Animal oils XX 13. Ethric oils XX 14. Vegetable oils XX 15. Butyl gas XX 16. Acetylene XX

Esters

1. Ethyl acetate 10-100ppm 2. Amyl acetate XX 3. Propyl acetate XX 4. Ethyloxalate XX

5. Butyl acetate XX 6. Butyl propionate XX 7. Ethyl formate XX 8. Ethyl benzoate XX

Ketones and Aldehydes

1. Acetone 10-100ppm 2. Acetaldehyde 5-10ppm 3. Benzaldehyde 10-100ppm 4. Formaldehyde 5-10ppm 5. Salicylaldehyde 5-10ppm

6. Disobutyl ketone 5-10ppm 7. Methyl isobutyl ketone 5-10ppm 8. Methyl ethyl ketone 5-10ppm 9. Butanol 5-10ppm 10. Crotonaldehyde 5-10ppm

Halogenated Hydrocarbons

1. 1.1.1.Trichloroethane 5-10ppm 2. Methyleenchloride 5-10ppm 3. Methyl bromide 5-10ppm 4. Tetrachloromethane 5-10ppm 5. Dichloroethene 5-10ppm 6. Trichloroethylene 5-10ppm 7. Perchloroethylene 5-10ppm 8. Tetraiodicmethane 5-10ppm 9. PCB 5-10ppm

Salts and Water Solutions

1. Sodium salts XX 2. Potassium salts XX 3. Calcium salts XX 4. Aluminum salts XX 5. Ammonium salts XX 6. Barium salts XX 7. Copper salts XX 8. Lead salts XX 9. Lithium salts XX 10. Magnesium salts XX 11. Mercury salts XX 12. Lithopone XX

13. Arsenious compounds XX 14. Hydro quinine XX 15. Iron salts XX 16. Process water XX 17. Rainwater XX 18. Seawater XX 19. Heavy water XX 20. Zinc salts XX 21. Tin salts XX 22. Silicon salts XX 23. Cement XX 24. Quartz XX 25. Dolomite XX

Others

1. Carbon disulphide 10-100ppm 2. Carbon monoxide XX 3. Carbon dioxide XX 4. Nitrogen XX 5. Hydrogen peroxide 10-100ppm 6. Chlorine 5-10ppm 7. Chlorine water 5-10ppm 8. Iodine 5-10ppm 9. Iodine tincture 10-100ppm 10 . Bromic 5-10ppm 11. East-Indian ink XX 12. Phosphor XX 13. Diphosphorpentoxide 5-10ppm 14. Zinc XX 15. Aluminum XX 16. Glucose (syrup) XX 17. Fructose XX 18. Mercury XX 19. Sulphur XX 20. Antimony XX 21. Indole XX 22. Latices XX 23. Nitroglycerine XX 24. Hydrogen XX 25. Epoxy resins XX 26. Isocyanate XX 27. Rubber XX 28. Shellac XX 29. Soaps XX 30. Urea XX 31. Thioureum XX 32. Fruit essences XX 33. Beer XX 34. Flour products XX 35. Corn XX 36. Liqueurs XX 37. Coffee XX 38. Tea XX 39. Liqueur XX 40. Menthol XX

41. Camphor XX 42. Carbon XX 43. Cellulose XX 44. Cellulose acetate XX 45. Nitrocellulose XX 46. Methyl cellulose XX 47. Cocoas XX 48. Silicium XX 49. Silicium carbide XX 50. Cork XX 51. Wood fiber XX 52. Photo development bath XX 53. Viscose XX 54. Rescosinol XX 55. Resins XX 56. Tobacco XX 57. Nicotine XX 58. Tri-nitro benzene XX 59. Gelatin XX 60. Printer's ink XX 61. Milk XX 62. Potato flour XX 63. Vegetables XX 64. Fruit XX 65. Spices XX 66. Honey XX 67. Eggs XX 68. Cheese XX 69. Mustard XX 70. Mayonnaise XX 71. Tomato ketchup XX 72. Curry XX 73. Cacao XX 74. Lemonade XX 75. Coca Cola XX 76. Pepsi Cola XX 77. Sauerkraut XX 78. Blood XX

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